The principles of induction heating

The induction principle is optimal for melting metals. The crucible is positioned in the core of the induction coil so that a steady temperature can directly be generated in the melting material. Because of the strong magnetic field the liquid metal will be mixed intensively. The so called inductive bath movement makes the production of pre-alloys unnecessary

Principle of our Vacuum Pressure Casting Machines

INDUTHERM machines are suitable to melt and cast metals of high melting temperature.

According to the model, they can also melt steel. Also alloys or metal with a low melting point such as Aluminum may be easily processed with them.

The basic idea of the INDUTHERM vacuum/pressure casting machines is to close the cover and start the heating up once the machine has been filled with casting material.

The temperature may be selected by hand or it may be programmed depending on the model you are working with.

The material is molten under protective gas to avoid oxidation. The melting procedure may be observed through the looking glass. The crucible is placed centrally in the upper part of the air-tight closed

In the meantime the flask with the heated up casting form is placed in the lower part of the aluminum case (vacuum chamber).
The vacuum chamber is tilted and docked under the crucible. For the casting process the crucible is set under pressure and the flask under vacuum.
The difference of pressure leads the liquid metal into the finest ramification of the form.

The vacuum avoids bubbles and porosity. Afterwards the vacuum chamber is opened and the flask may be removed.

Most machines are equipped with a flask lift which pushes the flask towards the caster. This simplifies the removal of the flask.

Innovative CAD Technologies
unveils
A new milestone in Top Quality Casting:

A new innovative top model for state of the art jewelry casting - innovative in design and in technology.
In addition to all the features of the fully automatic VC 600 the brand new VC 600 V has 3 additional major improvements:

3 BAR OVERPRESSURE, AUTOMATED PNEUMATIC BELL LOCK and the most important of all:
THE VIBRATION CASTING TECHNOLOGY
(patent pending)

THE OUTSTANDING ADVANTAGES OF THE VIBRATION CASTING TECHNOLOGY

Advantage No. 1
Halved grain size*, finer alloy structure:
More stability, reduced oxidation, reduced danger of breakage

Advantage No. 2
Smaller dendrite formation:
Improved solidification attitude, better material flow

Advantage No. 3
Optimized material flow:
Better form filling, intensified by the shaking effect

Advantage No. 4
Reduced danger of inclusions:
Less porosity inside the castings, reduced shrinking porosity, higher and constant density

Advantage No. 5
Fewer waste castings, reduced finishing work, reduced production costs:
Just more effective and efficient!